also known as a symbyotic relationship (where at least on organism in the partnership benefits) it means that the alge gains, say, anchorage, from the fungus, and the fungus gains food or shelter from the alge. they live together as a lichen or moss, and wouldn't survive without oneanother
Some bacteria have reached a symbiotic relationship with their hosts.Examples include:Komodo dragons - they have bacteria that live in their mouths but do not make them sick - the dragon bites a victim and even if the victim escapes after one bite, in general in about a week the weaker organisms (deer etc) die from septicemia - leaving a corpse for the dragon to find and eat.Humans - our lower intestinal tracts have loads of e. coli bacteria - the stuff that makes us sick if ingested (from unwashed hands and offal.) What does it do? Produces vitamin K2, helps with digestion of some foods and keeps other bacteria from taking over in there.Bacteria also help in breakdown of dead materials (plants and animals) and help recycle the elements beck to the food supply.
Macconkey agar consists of agar, lactose, peptone, neutral red dye, crystal violet dye & bile salts. Bile salts inhibit growth of Gram positive bacteria & allow growth of Gram negative bacteria only. It differentiates lactose fermentating Gram negative bacteria from non lactose fermentating Gram negative bacteria.
Archaebacteria and Eubacteria. Previously they had been categorized as one kingdom Monera, but has since been split. The Six Kingdoms: Plants, Animals, Protists, Fungi, Archaebacteria, Eubacteria. Like archaebacteria, eubacteria are complex and single celled. Most bacteria are in the EUBACTERIA kingdom. They are the kinds found everywhere and are the ones people are most familiar with.
100 Centimeters
cortex
LichensA lichen (LIE kuhn) is a combination of a fungus and an alga that grow together. The alga actually lives inside the protective walls of the fungus. The resulting organism is different from either organism growing alone. The lichen is a result of a mutualistic relationship. But the merging of the two organisms to form a lichen is so complete that scientists give lichens their own scientific names.Shortened answer: Lichen
When a fungus and algae (or autotrophic bacteria) work together, they form a lichen. Lichens are known for their ability to survive harsh environments. In a lichen, strands of fungal mycelium surround, and support the host algae (or bacterium), and secrete a substance that forces the flow of nutrients into the fungus from the autotrophe. This results in a mutual symbiotic relationship, because the fungus doesn't have to get its own food, and the algae (or bacterium) is protected from predators, the elements, and it is provided a place where it normally wouldn't be able to grow (trees, rocks, roofs, hydrothermal springs, and siding).
lichen
Metaphyta or Plantae kingdom.
Actinosphaerium are heterotrophic organisms, meaning they obtain nutrients by consuming other organisms. They are filter feeders, using their pseudopodia to capture and engulf their prey, which mainly consists of bacteria and other small organisms.
No bacteria does not have any chloplasts.
Yes. Nitrogen fixation consists of conversion of N(2) in air to ammonium (NH4) and nitrogen dioxide (NO2). It is done by bacteria living in symbiotic relationship with plants.
bacteria
Eubacteria
Clownfish obtain nutrients primarily through their diet, which consists of small zooplankton, algae, and various invertebrates. They also have a symbiotic relationship with sea anemones, where the clownfish benefits from the anemone's protection and, in return, may help keep the anemone clean and provide nutrients through its waste. This mutualistic relationship enhances their overall nutrient intake and survival in their coral reef habitat.
A community consists of groups of different species living and interacting in a given area. This interaction can include competition for resources, predation, and mutualistic relationships.
Most bacteria are single cell organisms.